Microchip PoE Powers Wireless Access Points: Transforming Connectivity

Power over Ethernet (PoE) is the predominant solution for connecting and powering Wireless Access Points (WAPs), efficiently combining data and power delivery through a single cable. It enhances installation flexibility, substantially reduces costs and facilitates seamless deployment across various environments. Wireless networks have become an integral part of modern life, providing connectivity in diverse locations such as workplaces, restaurants, retail spaces, airports, public transport and urban areas. Many cities now offer complimentary access to wireless services, making connectivity more accessible than ever.

Installing wireless networks presents considerable challenges for system integrators, as achieving seamless connectivity in varied environments is often complex. WAPs are often required to be installed in challenging and hard-to-reach locations. These placements, while essential for optimal coverage and connectivity, can complicate installation and maintenance efforts, making it crucial to have solutions that ensure both efficiency and accessibility in such setups. Deploying WAPs in demanding outdoor applications presents numerous considerations for system integrators. These include ensuring reliable power sources in remote areas, protecting devices from extreme weather conditions like heavy rain or extreme temperatures and safeguarding against lightning strikes that can cause power surges

Moreover, only a limited number of existing networks support PoE, and few of the newly installed switches are equipped to provide power—those that do may still struggle to deliver full power across all ports. Integrating a PoE midspan, also known as an injector, into the existing network offers the simplest and most economical way to deliver power to any wireless access point.

The selection of midspans, however, plays a pivotal role in meeting the demands of emerging technologies like Wi-Fi® 6 and 7, which require higher data speeds of up to 10 Gbps. This capability is essential to accommodate a growing number of users and to support advanced applications such as ultra-high-definition video streaming, AI-driven innovations and the vast ecosystem of connected devices driving the growth of the Internet of Things (IoT). A well-chosen midspan ensures seamless performance and adaptability in this rapidly evolving landscape.

Our portfolio includes a wide array of indoor, outdoor and multiport midspans, catering to various installation scenarios. Whether it's a single WAP or a more complex multi-unit setup, Microchip ensures optimal power delivery. By redefining wireless connectivity, we aim to deliver greater speed, enhanced data capacity, increased user support and improved efficiency. Our Green Sustainable (GS) PoE midspans seamlessly power networks, contributing to a more eco-friendly world. Leading system integrators lean towards Microchip's midspans when deploying WAPs, given their proven reliability and versatility.

Our PoE solutions stand out for several reasons:

• Simplify installation and reduce costs
• Offer unparalleled flexibility, supporting data rates up to 10 Gbps
• Leverage both indoor and outdoor midspans with desired certifications for specific installations
• Protect against network threats with advanced cybersecurity
• Provide up to 24 ports at 10 Gbps, setting an industry benchmark
• Meet and exceed global energy efficiency standards with GS midspans

The Sail Internet case study highlights how Microchip's PoE solutions enabled the deployment of high-speed internet services in areas with limited infrastructure. By utilizing Microchip's outdoor PoE systems, Sail Internet achieved enhanced ruggedness, reduced installation time and minimized risks. These systems, compliant with IEEE 802.3at standards, are designed to withstand harsh environmental conditions and electrical surges. Additionally, they deliver data rates of up to 1,000 Mbps, ensuring reliable and efficient connectivity. This case study underscores the versatility and effectiveness of Microchip's PoE technology in overcoming infrastructure challenges and delivering quality internet services.

With our innovative solutions, we continue to power the future of wireless connectivity, supporting the growing demands of Wi-Fi 6 and 7 networks. Find out how the Dutch IT specialist Vosko B.V. with systems integration success spanning several decades,  earned a solid reputation for upgrading existing infrastructure with PoE+ to build a robust wireless healthcare network. Explore the Microchip-Vosko-UMC Utrecht case study.